Production of New Energy Equipment Miniature Models
New energy equipment miniature models are essential tools for global new energy enterprises to showcase products, demonstrate technical advantages, and communicate with international clients. Focusing on civilian new energy fields such as energy storage cabinets, photovoltaic modules, and wind power equipment, these models achieve over 90% replication accuracy, perfectly restoring the structure, appearance, and functional layout of the original equipment, and are widely used in overseas exhibitions, corporate showrooms, and technical presentations.

Material selection adheres to international standards, prioritizing durability, realism, and export-friendliness. The main structure of the model uses high-grade ABS plastic, which is lightweight, impact-resistant, and not easy to deform, suitable for long-distance air and sea transportation. Precision components such as battery modules, photovoltaic panels, and control panels are made of 3D-printed photopolymer resin to capture tiny details. High-clarity acrylic is used for transparent observation windows, and eco-friendly adhesives, industrial spray paints, and UV-printed labels are adopted to meet global environmental and safety requirements.
The production process is rigorous and efficient. First, we convert the original equipment’s CAD drawings into scaled 3D models, confirming proportions and key functional details. Laser cutting is used to process ABS plastic into frame components, which are bonded and reinforced to ensure stability. 3D-printed parts are hand-polished to remove burrs and assembled accurately according to the original layout.
In finishing, we spray industry-specific colors (neutral gray, silver, or blue) to restore the equipment’s appearance, apply a matte clear coat to prevent scratches and dust, and add UV-printed English labels for functional zones. Miniature LED lights are embedded to simulate power-on and operational states, enhancing display appeal. Each model undergoes strict inspection before packaging, ensuring structural stability and detail accuracy, and is packed securely for safe global delivery.